Peer-reviewed industrial hemp research papers, sorted by publication date. Browse the latest findings on hemp cultivation, processing, materials science, biomedical applications, and regulatory science from PubMed, OpenAlex, and other indexed sources.
Peer-reviewed industrial hemp research by Liang, Meile; Zhang, Wen; Zhuang published in Composite Interfaces (2024).
Peer-reviewed industrial hemp research by Bendouma, Mathieu; Fortin, Philippe; Perraton published in RILEM Bookseries (2023).
Peer-reviewed industrial hemp research by Chaudhuri, Biswadeep; Ghosh, Shrabani; Mondal published in Materials Science and Engineering: B (2022).
Peer-reviewed industrial hemp research by N. Zehmakan, Ahad published in Discrete Mathematics (2021).
Abstract Advanced physical properties of conductive polymers fibre composites have attracted the attention of material scientists. Here, we produced a polymer fibre composite with aligned multiwall carbon nanotube (MWCNT) of different weight fractions, ranging from 0.25 wt% to 1.5 wt%. At 1.5 wt% additive, a conductor-non-conductor transition occurs that is percolation threshold. This effect enhances the electrical conductivity of polymer composite from 0.050 S m−1 to 326.250 S m−
The correlations between the electrical behavior and microstructural properties of samples consisting of particle composites fabricated from SiC particles embedded in a silicone matrix, were investigated using X-ray computed tomography. In the voltage field range 200-1000 V/mm, the measured conductivity as a function of SiC volume fraction exhibits two distinct gaps. Upon further investigations, we attribute these observations to percolation thresholds at the microscale. The first gap, correspon
The transport of fluid and gas through sea ice has an impact on many sea ice properties and atmosphere-ice-ocean exchange processes. It depends on the details of the sea ice pore space. Of particular interest is the condition at which the pore space is no longer connected, often termed the percolation threshold, for which most investigators have proposed/accepted a value of 5 % in the brine volume fraction. However, direct observations have been sparse and theories to predict the threshold have
Peer-reviewed industrial hemp research by Sarojini Narayana, Sidharth; Khoun, Loleï; Trudeau published in Advanced Manufacturing: Polymer & Composites Science (2024).
Peer-reviewed industrial hemp research by Wang, Haoyuan; Li, Hengfeng published in Heliyon (2023).
Agricultural waste availability implies the possibility of recovering energy as biomass. The collateral effect is the production of ashes that, in some cases, have the potential to be reused in the manufacture of cement, mortar, and concrete. This article presents the study of the auto-combustion (unlike all previous studies) of corn (maize) straw (stems and leaves). The auto-combustion temperature was monitored, and the obtained corn straw ash (CSA) was characterized by means of X-ray fluoresce
Peer-reviewed industrial hemp research by Chen, Xueshan; Tian, Wei; Jin published in Journal of Fiber Science and Technology (2023).
Peer-reviewed industrial hemp research by Vivian Silveira, Karla Beatriz; Canhoto Alves, Marcus Vinícius; De Medeiros published in Proceedings of the 28th International Congress of Mechanical Engineering (2025).
Peer-reviewed industrial hemp research by Grabi, Massinissa; Chellil, Ahmed; Grabi published in Journal of Natural Fibers (2022).
Peer-reviewed industrial hemp research by Aich, Subhajit; Nandi, Barun Kumar published in Process Safety and Environmental Protection (2025).
Peer-reviewed industrial hemp research by Xu, Yao; Xu, Yao; Qian (2024).
Peer-reviewed industrial hemp research by Li, Wei; Chen, Jiaming; Yang (2025).
Peer-reviewed industrial hemp research by Backa, Alexander; Čajová Kantová, Nikola; Nosek published in Journal of the Energy Institute (2025).
Peer-reviewed industrial hemp research by Li, Wei; Wang, Wenyu; Liang published in SSRN Electronic Journal (2022).
Abstract Because it is clean, low carbon, and renewable, biomass offers the greatest practical value. Nevertheless, during combustion, issues like slagging, agglomeration, and corrosion can occur due to the high concentration of Cl and alkali metals (K and Na), which lowers combustion efficiency. On the other hand, gangue (CG), when combined with biomass as an additive, can successfully prevent slagging during the burning process. However, more research is needed to determine how CG affe
Peer-reviewed industrial hemp research by Xu, Yao; Zhai, Ming; Zhang published in Fuel (2021).
Peer-reviewed industrial hemp research by Ippolito, Michael; Hayduk, Sean A.; Kinney published in The Journal of Pharmacology and Experimental Therapeutics (2024).
Peer-reviewed industrial hemp research by Jin, Fangjie; Wen, Yuting; Lin published in Bioorganic & Medicinal Chemistry (2023).
Peer-reviewed industrial hemp research by Brenneman, Douglas E.; Kinney, William A.; McDonnell published in Journal of Molecular Neuroscience (2024).
Peer-reviewed industrial hemp research by Mishiro, Saki; Igarashi-Takeuchi, Hiroko; Numabe published in Nihon Shishubyo Gakkai Kaishi (Journal of the Japanese Society of Periodontology) (2021).
In this study, the exergy behavior of a single-zone room equipped with a composite wall containing a phase change material (PCM) and a moisture absorber is investigated in a one-dimensional, coupled heat–humidity–exergy manner. First, the simultaneous heat and moisture transfer equations in the PCM–absorbent layer and the indoor air volume model are solved, and then, based on the results, the instantaneous and cumulative exergy balances for the main components, including ventilation, wall heat f